Institutional Learning Outcomes: Lifelong Learning Students engage their curiosity for physics and explore their understanding of fundamental electronic devices by transferring and integrating their theoretical knowledge with experimental approaches. Students will design and complete a series of experiments laddering towards a larger independent integrated project. Each experiment gives students the opportunity to troubleshoot, build resilience, work through ambiguities and understand uncertainties in relating the experimental measurements to the theoretical predictions. Students will continue to develop oral and written communications skills reporting their designs and results. Prerequisite: PHYS 2590 with a grade of C or better
Institutional Learning Outcomes: Lifelong Learning Students engage their curiosity for physics and explore their understanding of fundamental electronic devices by transferring and integrating their theoretical knowledge with experimental approaches. Students will design and complete a series of experiments laddering towards a larger independent integrated project. Each experiment gives students the opportunity to troubleshoot, build resilience, work through ambiguities and understand uncertainties in relating the experimental measurements to the theoretical predictions. Students will continue to develop oral and written communications skills reporting their designs and results. Prerequisite: PHYS 2590 with a grade of C or better
